public void Test_Classify_As_Keyword()
{
TokenClassifier classifier;
ClassificationTag result;
string error;
Lexer lexer;
lexer = new Lexer();
lexer.Parse(
"abstract event new struct as explicit null switch " +
"base extern object this bool false operator throw " +
"break finally out true byte fixed override try case " +
"float params typeof catch for private uint char " +
"foreach protected ulong checked goto public unchecked " +
"class if readonly unsafe const implicit ref ushort " +
"continue in return using decimal int sbyte virtual " +
"default interface sealed volatile delegate internal " +
"short void do is sizeof while double lock stackalloc " +
"else long static enum namespace string get set region " +
"endregion ");
classifier = new TokenClassifier();
while (lexer.Next())
{
if (lexer.CurrentToken.Text.Trim() == "")
{
continue;
}
result = classifier.Classify(lexer.CurrentToken);
error = String.Format("Classification: [{0}] was expected for token [{1}] but [{2}] was returned.",
ClassificationTag.Keyword,
lexer.CurrentToken,
result);
Assert.That(
result,
Is.EqualTo(ClassificationTag.Keyword),
error);
}
return;
}
#pragma warning restore 0649
protected override Func <ITagger <T> > GetFactory <T>(ITextBuffer buffer)
{
var tokenClassification = new TokenClassifier(ClassificationTypeRegistry, buffer);
return(() => new ClassificationTagger(buffer, tokenClassification) as ITagger <T>);
}
